The log message window also includes a filename and function auto-completion facility. This uses regular expressions to extract class and function names from the (text) files you are committing, as well as the filenames themselves. If a word you are typing matches anything in the list (after you have typed at least 3 characters, or pressed
Ctrl+Space
), a drop-down appears allowing you to select the full name. The regular expressions supplied with TortoiseSVN are held in the TortoiseSVN installation
bin
folder. You can also define your own regexes and store them in
%APPDATA%\TortoiseSVN\autolist.txt
. Of course your private autolist will not be overwritten when you update your installation of TortoiseSVN. If you are unfamiliar with regular expressions, take a look at the introduction at
https://en.wikipedia.org/wiki/Regular_expression
, and the online documentation and tutorial at
free shipping purchase Adelle Faux Fur Heeled Sandal discount under get authentic for sale discount best VD0XlHF3
.

Ctrl+Space

Getting the regex just right can be tricky, so to help you sort out a suitable expression there is a test dialog which allows you to enter an expression and then type in filenames to test it against. Start it from the command prompt using the command
TortoiseProc.exe /command:autotexttest
.

The log message window also includes a commit message snippet facility. These snippets are shown in the autocomplete dropdown once you type a snippet shortcut, and selecting the snippet in the autocomplete dropdown then inserts the full text of the snippet. The snippets supplied with TortoiseSVN are held in the TortoiseSVN installation
bin
folder. You can also define your own snippets and store them in
%APPDATA%\TortoiseSVN\snippet.txt
.
#
is the comment character. Newlines can be inserted by escaping them like this:
\n
and
\r
. To insert a backslash, escape it like this:
\\
.

You can re-use previously entered log messages. Just click on
Recent messages
to view a list of the last few messages you entered for this working copy. The number of stored messages can be customized in the TortoiseSVN settings dialog.

You can clear all stored commit messages from the
Saved data
page of TortoiseSVN's settings, or you can clear individual messages from within the
Recent messages
dialog using the
Delete
key.

Delete

If you want to include the checked paths in your log message, you can use the command
Context Menu
→
Paste filename list
in the edit control.

Another way to insert the paths into the log message is to simply drag the files from the file list onto the edit control.

Special Folder Properties

There are several special folder properties which can be used to help give more control over the formatting of commit log messages and the language used by the spellchecker module. Read
the section called “Project Settings”
for further information.

Commit Progress

After pressing
OK
, a dialog appears displaying the progress of the commit.

FIG 14:

Tape-strip cytology of a cutaneous pyoderma in a dog stained with a modified Wright-Giemsa stain (1000× immersion oil). There are several degenerate neutrophils with swollen, pale and fragmenting nuclei, with some nuclear streaming from ruptured cells. There are numerous blue-staining coccoid bacteria. These are most likely to be staphylococci—they are the most common cause of skin infections, and they typically form pairs or small groups on cytology. Extracellular bacteria may simply be contaminants, but the presence of intracellular phagocytised bacteria confirms the diagnosis of infection in this case

Macrophages containing phagocytosed microorganisms, degenerate cells and other debris, are often seen in chronic and/or deep pyoderma (Fig
15
). Multinucleate giant cells are much larger than other cell types seen on cytology, and have multiple nuclei, ranging from 2 or 3 to 10 or more in very large cells. Large numbers of macrophages and/or giant cells (ie, granulomatous or pyogranulomatous inflammation) could be consistent with mycobacterial or fungal infections. Low to moderate numbers of lymphocytes, plasma cells and eosinophils are seen in most inflammatory reactions, and are of little diagnostic significance.

FIG 15:

Indirect impression smear of material expressed from a furuncle stained with a modified Wright-Giemsa stain (1000× immersion oil). The cytology is dominated by large, activated macrophages with a pale, foamy cytoplasm. Several cells have ingested debris, including dead or dying neutrophils. Other cells include degenerate neutrophils, lymphocytes, plasma cells and erythrocytes. By contrast with Fig 14, bacteria are sparse and hard to find

All bacteria that take up modified Wright-Giemsa stains are basophilic, that is, they stain blue-purple. This does not reflect whether they are Gram-positive or Gram-negative. Their identity can, therefore, only be inferred from morphology and knowledge of the likely organisms on most cytology preparations. Full identification will require further tests and culture.

Bacterial overgrowth syndrome is characterised by large numbers of bacteria, often of several different forms, with no or only minimal numbers of inflammatory cells (Fig
buy cheap visit Giuseppe Zanotti Ester 110 Pumps free shipping from china prices cheap online Hy5zvk58A
). Bacteria are also readily seen with other surface and superficial infections (Fig
14
). They may, by contrast, be difficult to detect in deep pyodermas, particularly if there is a lot of fibrosis and scarring. The presence of intracytoplasmic bacteria is a definite indicator of infection (Fig
14
) (Pappalardo and others 2002). Extracellular bacteria, however, particularly in low numbers, may simply be contaminants from the surface of the skin.

Staphylococci are relatively large cocci that often form diploid or irregular arrangements of 2–8 organisms (Scott and others 2001, Pappalardo and others 2002, Mendelsohn and others 2006). Streptococci are smaller and often appear to form chains. Micrococci and enterococci are also small, but form irregular groups. Rod bacteria (bacilli) are easily differentiated from cocci; common species recovered from the skin include
Pseudomonas
,
Proteus
and coliforms. Mycobacteria and some related forms do not take up Wright-Giemsa stains, but pyogranulomatous inflammation and the presence of small, clear, rod-shaped vacuoles in macrophages is suggestive. Clear rod-like shapes may be also highlighted against stained background debris.